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Digital Design and Computer Architecture - L1: Intro: Fundamentals, Transistors, Gates

Onur Mutlu · 1:44:24

2

Digital Design and Computer Architecture - L2: Combinational Logic

Onur Mutlu · 1:48:06

3

Introduction and Matrix Multiplication

Charles Leiserson · 1:00:20

4

Bentley Rules for Optimizing Work

Charles Leiserson & Julian Shun · 1:20:10

5

The Essence of C++: Zero-Overhead Abstraction

Bjarne Stroustrup · 1:39:10

6

Modern OLAP Database Systems

Andy Pavlo · 1:09:05

7

Data Formats & Encoding Part 1

Andy Pavlo · 1:23:08

Digital Design and Computer Architecture - L2: Combinational Logic

Onur MutluETH Zürich

Professor of Computer Science

1:48:06·2025·undergraduate level
Path step 2: Builds combinational logic blocks and boolean trade-offs that dictate instruction latency.

This lecture systematically introduces the principles of combinational logic, detailing Boolean algebra, truth tables, and fundamental logic gates (AND, OR, NOT, XOR) essential for constructing digital circuits. It also covers methods for circuit minimization.

Systems & CSBio & NeuroComputer ArchitectureSignal Processing & RoboticsDigital LogicBoolean Algebra

Digital Design and Computer Architecture, ETH Zürich, Spring 2025 (https://safari.ethz.ch/ddca/spring2025/)

Lecture 2: Combinational Logic

Lecturer: Prof. Onur Mutlu

Previous · Step 1

Digital Design and Computer Architecture - L1: Intro: Fundamentals, Transistors, Gates

Next · Step 3

Introduction and Matrix Multiplication

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